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A Ground Based Synthetic Aperture Radar Design and Experimental Study for Surface Deformation Monitoring

A new Ground Based Interferometric Synthetic Aperture Radar has been developed by iRadar Sdn Bhd, in collaboration with the Centre for Remote Sensing and Surveillance Technologies (CRSST), Multimedia University, Malaysia. This ground based radar operates at Ku-band, single VV-polarization, with range resolution up to 0.175 m and azimuth resolution of 5.81 mrad at 1 km. Indoor test and outdoor field measurements has been conducted to verify the performance and specifications of the developed GBSAR. This system can be deployed for surface deformation monitoring especially at the high risk slope for landslide monitoring and detection. This paper presents the basic theory of ground based synthetic aperture radar system, the hardware description, as well as some indoor and outdoor field measurement results of the developed system.

This session is a continuation of the geospatial applications sessions held in the previous two JpGu meetings. With current challenges such as climate change facing the world and impacting upon food security, the need for geospatial solutions which can benefit society is of greater urgency than before.  The greater use of artificial intelligence to analyze geospatial data acquired through remote sensing, GNSS and GIS provides promising alternatives to traditional approaches. Papers are invited in the areas of natural resources (excluding mineral resources and geology), environment, and agriculture with particular emphasis on geospatial applications to address the areas of concern in these fields. The use of micro-satellites, conventional satellites, airborne, UAV, and related geospatial technologies are highly encouraged. On-going micro-satellite applications as well as potential geospatial applications are welcome.  The conveners of this session hope to create greater motivation, excitement, and effort to promote further the geospatial applications field through presentations in this session. This session is a collaboration between members of the Institution of Geospatial and Remote Sensing Malaysia (IGRSM), Japan Geoscience Union (JpGU), Philippine Geosciences and Remote Sensing Society, and Philippine Environmental Science Association (PESA).

Japan Geoscience Union Meeting 2024

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[U04-05]A Ground Based Synthetic Aperture Radar Design and Experimental Study for Surface Deformation Monitoring

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